Dispersive

SASE is the convergence of WAN (wide area networking) and Network Security Services into a single, cloud-delivered service model.

Instead of managing network and security separately, SASE simplifies and unifies these efforts while solving the scaling, security, flexibility, performance and cost containment challenges networks and enterprises will face while attempting manage the explosion of data, computing, people, groups (branch offices), applications, services, IoT systems and edge computing entities accessing their digital assets from any device on any network, public and private.

The DVN’s Zero Trust Network Access (ZTNA) enables partners to securely connect digital businesses, products and technologies end-to-end across any kind of network and cloud infrastructure.

The company's platform offers a virtual networking suite which channelizes, routes and accelerates application data to enhance network security, reliability and performance. The multi-path software networking is a military-grade overlay solution that deploys multiple components to achieve network enhancement.

Dispersive's Virtual Network divides all traffic into separate, independent packet streams that are sent simultaneously across micro-segmented, individually encrypted paths to ensure secure transmission to authenticated sources. As a result, congestion or attacks on network lines are avoided, with deflectors moving the secure packets to unimpeded paths to ensure high transmission service and security.

The Dispersive Virtual Network (DVN) deployment method is composed of three components, including end point clients and gateways, strategically placed deflectors and controllers. Data streams are split at authenticated sources and re-channeled with DVN headers which force traffic to follow specified network paths based on controller circuit instructions.

Underlying IP networks deliver data packets to DVN software nodes, or deflects, which influence physical network paths. New paths are established and rolled out during transmission to enhance performance, by avoiding link failures or congested network pathways.

Deflects receive packets and re-address them for final destinations, with authenticated destination nodes reassembling the split packet streams, removing DVN header information and passing the original packet data to the end application.

s

Dispersive.io provides private virtual networking for cloud, branch, mobile device and embedded IoT.